Endometrial Organoids for Disease Modelling
Source Turco et al., 2017 · University of Cambridge, Department of Pathology · 10.1038/ncb3516
Abstract
This protocol establishes long-term, genetically stable 3D organoid cultures from human non-pregnant endometrium and decidua in a chemically-defined expansion medium. The organoids recapitulate endometrial glandular features in vivo, respond to sex hormones, and can differentiate into ciliated and secretory cells upon pregnancy hormone stimulation, providing a model system for studying implantation, early pregnancy, and endometrial pathologies.
Protocol overview
19 steps across 6 phases
- a Tissue chopping and enzymatic digestion
- b Filtration and gland collection
- a Preparation of Matrigel suspension
- b Plating in Matrigel droplets
- c Overlay with Expansion Medium (ExM)
- a Medium refreshment
- b Manual passaging of organoids
- c Long-term expansion monitoring
- a Estrogen priming
- b Progesterone and cAMP co-stimulation
- c Collection for analysis
- a Preparation of Differentiation Medium (DM)
- b Addition of pregnancy hormones
- c Extended differentiation culture
- d Collection for analysis
- a Preparation of single-cell suspension
- b Limiting dilution plating
- c Scoring organoid formation
- d Expansion and characterization of clonal lines
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Attribution
This SOP was written by Organthis based on the published method in Turco et al., 2017. Once the originating laboratory has confirmed it, the SOP is marked Verified.
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